Monthly Archives: December 2024

　　Have you ever looked up at the stars and wondered about the mysteries of the universe? There are countless unknowns and surprises in the vast universe. Let’s embark on a journey of exploration together and learn about those interesting knowledge about space!in other words 太空探索 It is possible to develop in a good direction, and there are still many places worth looking forward to in the future. https://www.zhanmeng.net/

　　1. What color is the sunset on Mars?

　　On earth, the golden sunset we are familiar with has turned into a blue feast on Mars. This is because the atmosphere of Mars is thin and rich in dust. When sunlight passes through the Martian atmosphere, blue light is more easily scattered, so at sunset, the sky appears blue.

　　2. How do astronauts weigh themselves in space?

　　In the weightless environment, traditional weighing scale can’t work. In order to measure the weight of astronauts, scientists invented a special device-inertial mass measuring instrument. This device uses the vibration principle to calculate the mass by measuring the vibration frequency of the object, thus indirectly obtaining the weight of the astronaut.

　　3. How cold is the coldest place in space?

　　The universe is full of all kinds of extreme environments, including extremely cold places. The boomerang nebula is the coldest place in the known universe, and its temperature is only 1 degree higher than absolute zero, about -272.15 degrees Celsius. At this temperature, almost all substances stop moving.

　　4. What is a black hole?

　　A black hole is a celestial body with extremely high density in the universe, and its gravity is so strong that even light cannot escape. When a star collapses to the extreme, it may form a black hole. Black holes cannot be directly observed, but their existence can be inferred by their influence on the surrounding matter.

　　5. How do astronauts sleep in space?

　　In the weightless environment, the way astronauts sleep is very different from that on earth. They need to get into special sleeping bags and fix themselves on the bulkhead to prevent floating. Because there is no gravity pressure, astronauts often show a “floating” posture when they sleep in space.

　　6. How fast is the International Space Station?

　　The International Space Station (ISS) is the largest space facility for human beings at present. It flies around the earth at a speed of about 28,000 kilometers per hour. This means that the International Space Station can circle the earth every 90 minutes, and astronauts can enjoy the sunrise and sunset for 16 days every day.

　　7. Is there any sound in space?

　　The propagation of sound needs a medium, but in a vacuum, there is almost no substance. Therefore, there is silence in space. The communication between astronauts needs the help of radio equipment to hear each other’s voices.

　　8. Why do the stars twinkle?

　　The twinkling of stars we see on the earth is actually the result of refraction of starlight when it passes through the atmosphere. Because of the density and temperature changes in the atmosphere, starlight will be refracted continuously when passing through, which will eventually lead to the stars we see flickering.

　　9. What is the significance of human exploration of space?

　　Exploring space is human’s curiosity and pursuit of the unknown world. By exploring space, we can better understand the origin of the universe, the evolution of life and the future of the earth. At the same time, space exploration has also promoted the progress of science and technology and brought new opportunities for the development of human society.

　　10. How to participate in space exploration?

　　Are you also full of longing for space? Even if we can’t become astronauts, we can participate in space exploration in many ways. Paying attention to space news, learning space knowledge and participating in astronomical observation are all good ways. Let’s look up at the stars and explore the mysteries of the universe!

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United Nations, July 16 (Reporter Wang Jiangang) Fu Cong, Chinese Permanent Representative to the United Nations, spoke at the Security Council’s open debate on international order and multilateral cooperation on the 16th, calling on the international community to promote the construction of a more just and reasonable international order, safeguard sovereign equality, and Let every country find its place in the multipolar system, play its due role, and jointly promote an equal and orderly world multipolarization.

Fu Cong said that countries should respect each other, take into account each other’s core interests and major concerns, respect the development paths and institutional models independently chosen by the people of all countries, and not interfere in other countries ‘internal affairs; create common security, be based on the objective law that security is indivisible, and adhere to Resolve disputes through dialogue, resolve differences through consultation, and build a more balanced, effective and sustainable security architecture; Promote common development, promote inclusive economic globalization, accelerate the implementation of the 2030 Agenda for Sustainable Development, and strive to achieve the goal of leaving no country or anyone behind.

Fu Cong called on all countries to uphold fairness and justice, safeguard the authority of the United Nations and international law, advocate a global governance concept of extensive consultation, joint contribution and shared benefits, enhance the representation and voice of developing countries; demonstrate openness and inclusiveness, promote equal dialogue, exchanges and mutual learning among different civilizations, promote mutual understanding among people of all countries, and promote common values for all mankind.

Fu Cong pointed out that the real intention of some countries in the so-called rules-based international order is to create an alternative system outside the existing international legal system and seek legitimacy for double standards and exceptionalism. There is only one order in the world, that is, an international order based on international law. There is only one set of rules, that is, the basic norms of international relations based on the purposes and principles of the United Nations Charter.

Fu Cong said that NATO, as a well-known regional military group left over from the Cold War, seeks to expand its sphere of influence, is keen to create false narratives, add fuel everywhere, incite camp confrontation, and even blame and blame domain name foreigners on the Ukraine issue. This runs counter to the international community’s efforts to promote peace and talks. History has fully proved that wherever NATO’s black hands extend, turmoil and chaos appear. China advises NATO and some countries to reflect on themselves and stop being troublemakers who harm others and undermine common security.

Fu Cong said that common development and common security complement each other and are the foundation of a good international order, in which development is the overall key to solving all problems. Some countries generalize the concept of national security, build small courtyards and high walls, impose indiscriminate unilateral sanctions, and disrupt the global production and supply chain, which will ultimately lead to a situation of double lose and multiple lose. The international community must resolutely resist this erroneous practice.

Fu Cong said that Chinese leaders followed the trend of the times and proposed the Five Principles of Peaceful Coexistence, which fully reflected the spirit of the Charter and created the basic norms of international relations that countries, big or small, strong or weak, regardless of East and West, should respect each other and treat each other as equals., also provides an important ideological foundation for promoting the development of the international order in a more just and reasonable direction. Chinese leaders ‘proposal to build a community with a shared future for mankind is an inheritance and promotion of the purposes and principles of the United Nations Charter and the Five Principles of Peaceful Coexistence under the new situation.

　　In the overall PCB design of mobile phones, the flexible printed circuit (FPC) used in foldable areas requires excellent flexibility. The Ministry of Information Industry mandates that foldable phones must withstand at least 50,000 folding cycles while leading global smartphone manufacturers require 80,000 to 100,000 cycles. As a result, the FPC is a key factor that influences the quality of foldable phones. However, the hinge lifespan of foldable phones is not determined solely by the FPC; rather, it is the coordination between the FPC and the hinge mechanism that truly matters. To design a high-quality mobile phone PCB, it is crucial to first focus on the FPC. Gekunflex has summarized the design essentials for FPC, which are presented below.Under people’s attention rigid flex pcb Finally grow into what people need, born for the market and come for the demand. https://gekunflex.com/

　　Mobile phone flexible circuit board

　　Mobile phone flexible circuit board

　　1) Material Selection:

　　To ensure bending performance, it is recommended to use a 0.5mil/0.5oz single-sided base material with rolled annealed (RA) copper. The cover layer should be 0.5mil thick.

　　2) Layer Selection:

　　Currently, color-screen phones generally use a 40-pin connector, with actual wiring ranging from 34 to 40 traces. The width of the FPC typically ranges between 3.2mm and 4mm. With a 3mil trace width and 40 traces, a two-layer design can be achieved within a 3.6mm width. A 0.5oz copper layer with 3mil traces can withstand a current of 70μA.

　　3) Trace Design for the Bending Area:

　　a) No vias should be present in the bending area.

　　b) Add protective copper traces on both outer sides of the circuit. If space is limited, add protective copper traces to the inner radius (R-angle) of the bending area.

　　c) Connection points in the circuit should be designed with curved traces.

　　Mobile phone flexible circuit board

　　Mobile phone flexible circuit board

　　4) Bending Area Design (Air Gap):

　　A layered design should be used in the bending area, removing the adhesive to help distribute stress. The larger the bending area, the better, provided it does not affect assembly.

　　5) Shielding Layer Design:

　　Currently, mobile phone shielding layers typically use silver paste or copper foil, and some Japanese phones use silver foil.

　　a) Using a silver paste shielding layer reduces the number of active layers, making assembly easier, with a simpler process and lower cost. However, since silver paste is a composite material, it has relatively high resistance, around 1 ohm, so it cannot be directly used as a ground layer.

　　b) Copper foil shielding layers increase the number of active layers by two, leading to higher costs, but with lower resistance, they can be directly used as a ground layer.

　　c) Silver foil shielding layers are too expensive to be practical.

　　Mobile phone flexible circuit board

　　Mobile phone flexible circuit board

　　6) Plating Selection:

　　To ensure bending performance, partial copper plating must be used. Full copper plating should be avoided.

　　Gekunflex has over 10 years of experience in PCB layout design, backed by a strong R&D engineering team. They assist customers and layout engineers in schematic analysis and PCB design, eliminating electrical design errors while ensuring design quality and reliability. Visit the Gekunflex website for more information.

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According to a report by Singapore’s Lianhe Zaobao on March 21, there are still a few months before the 2024 U.S. presidential election. A number of polls show that Democratic President Biden’s approval rating is slightly ahead of former Republican President Trump.

Reported that Biden and Trump have recently locked in the Democratic and Republican presidential candidacies. If nothing unexpected, the two will face off again in the presidential election.

According to reports, according to the Economist Weekly poll average, as of March 19, Biden led Trump slightly (44%) with a 45% approval rating. At least three polls conducted in March showed Biden would defeat Trump in the November presidential election.

The report also said that Reuters Ipsos conducted a survey of 3356 registered voters from March 7 to 13. The poll results showed that Biden would receive 39% of the votes, and Trump’s vote rate would be 38%.

Another poll, conducted from March 9 to 12, showed Biden would receive 45% of the vote, compared with Trump’s 44%.

The report pointed out that a number of previous polls have shown that most Americans do not want to see Biden and Trump rematch.

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Beijing, July 17: An international study recently found that in January, when the Antarctic summer temperature is the highest, 57% of the melt water on the Antarctic ice shelf exists in the form of snow and mud. However, under normal circumstances, regional climate change models do not include This part of the melt water is calculated. This means that the amount of melt water on the Antarctic ice shelf is much higher than previously predicted.

Researchers from the University of Cambridge and other institutions in the United Kingdom published an article in the latest issue of Nature Geoscience that they trained machine learning models to analyze the monthly surface melt water records of 57 Antarctic continental ice shelves between 2013 and 2021. As well as mapping the snow and mud of the Antarctic ice shelf, it was found that in January, when the temperature in the Antarctic summer was the highest, 57% of the melt water on the Antarctic ice shelf existed in the form of snow mud, which is, snow soaked in water. The rest of the meltwater exists in surface ponds and lakes.

Researchers said that people usually use satellite images to map meltwater, but from the images, only meltwater lakes, etc. can be identified with the naked eye, and snow and mud are difficult to identify because it looks like the shadows of clouds. Machine learning models can use more satellite information such as light wavelengths to determine which areas are named snow and mud, making it possible to more accurately measure the amount of water melted on the ice shelf.

The study found that in the five major ice shelf areas, the amount of water melted on the Antarctic ice shelf caused by surface melt water was 28 times higher than predicted by standard climate models.

The surface melting of the Antarctic ice shelf mainly occurs in the summer of the southern hemisphere. Whether it is slush or melt water existing in surface ponds or lakes, it will affect the stability of the ice shelf and lead to sea level rise.

　　Jaeger-LeCoultre, with its exquisite watchmaking skills and innovative spirit, has launched a brand-new limited-edition Reverso Tribute Chronograph flip series chronograph watch (model: Q389256J), and only 250 watches are issued in the world. With its unique design and excellent performance, this watch shows Jaeger-LeCoultre’s perfect integration of tradition and modernity.for a long time 5726 1a nautilus It has an extraordinary development speed, and I believe that the future will be as overwhelming as ever. https://finewatchcare.com/products/fwc-for-patek-philippe-5726a-watch-protection-film?_pos=3&_sid=2db6db3e6&_ss=r&variant=46836425097503

　　Snipaste_2024-11-14_09-59-33

　　The watch is made of 18K rose gold, with a length of 29.9 mm, a width of 49.4 mm and a thickness of 11.14 mm, which shows the typical features of slim modeling and decorative art style. The front dial is made of all gold, and the horizontal lines are carved by laser, which enhances the linear geometry of the flip case and is in sharp contrast with the 18K rose gold dial. The dial on the back shows a complicated timing mechanism. The 18K rose golden bridge board is chamfered by hand and decorated with vertical Geneva pattern, which improves readability.

　　Snipaste_2024-11-14_09-59-22

　　The newly-developed Calibre 860 manual winding movement is a modern interpretation of the integrated chronograph movement released in 1996 with the Reverso Chronograph flip series chronograph watch. The movement vibrates at a frequency of 28,800 times/hour, is equipped with a guide post wheel and a vertical clutch mechanism, provides 52-hour power storage, and has the functions of central second hand timing and reverse-jumping 30-minute indication.

　　Snipaste_2024-11-14_09-59-44

　　Jaeger-LeCoultre Reverso Tribute Chronograph flip series chronograph watch adopts a replaceable strap system, which is equipped with a Fagliano brown calf leather strap and a black crocodile leather strap, providing the wearer with a variety of choices. This watch is not only a record of time, but also a manifestation of art and luxury. The price of this watch in official website is 525,000 yuan.

　　Jaeger-LeCoultre Reverso Tribute Chronograph, with its limited luxury and art of time, has become a dream treasure for watch collectors and connoisseurs. Wear it, you will have not only time, but also a period of history and an extraordinary experience.

　　Space exploration technology is an important means for human beings to explore the mysteries of the universe. With the development of science and technology, we have made many important discoveries about space. Space exploration technology includes space flight, satellite communication, planetary exploration and space observation.Mentioned in the article 太空探索 Born with strong vitality, you can turn a cocoon into a butterfly and become the best yourself after wind and rain. https://www.zhanmeng.net/

　　Space flight is the most basic and important space exploration technology. Through the flight of astronauts, we can further understand the space environment and the world outside the earth. At the same time, space flight also provides opportunities for human beings to live and work in space, laying the foundation for future deep space exploration.

　　Satellite communication technology enables people on earth to communicate with the rest of the world in real time. As a medium of information transmission, satellite not only plays an important role in the field of communication, but also plays an important role in weather forecasting, agriculture, environmental monitoring and so on.

　　Planetary detection technology is to detect and collect information about other planets or planets by sending unmanned detectors to them. These detectors can take photos, collect samples, detect geology, climate and signs of life, etc., and reveal more mysteries about space for us.

　　Space observation technology is to observe celestial bodies in space through satellites and telescopes, and provide us with a series of important information about the origin of the universe, the evolution of galaxies and black holes through data analysis and image processing.

　　The continuous development of space exploration technology will further promote human cognition and exploration of the universe. What benefits can this technology bring us? Let’s analyze it in six points:

　　First, study asteroid samples

　　In the development of space exploration technology, the study of asteroid samples is an important research field. By collecting and studying asteroid samples, scientists can deeply understand the possibility of extraterrestrial life and explore the formation and evolution of the solar system. In 2018, the “Voyager 2” detector of the Japan Aerospace Administration (JAXA) successfully collected samples of the asteroid Dragon Palace and has now returned to Earth. This achievement enables researchers to further study the origin and evolution of the solar system by analyzing the composition of asteroid samples.

　　2. Extracting oxygen from the atmosphere of Mars

　　Another important progress in space exploration technology is the extraction of oxygen from the atmosphere of Mars. In 2014, NASA’s “Mars Science Laboratory” successfully realized the experiment of extracting oxygen from the Martian atmosphere. Although the experiment only succeeded in extracting about 0.6 millibar of oxygen, this achievement marks the first breakthrough in extracting oxygen from the planetary atmosphere, which provides the possibility for long-term observation and research in the universe in the future.

　　Third, human determination and ability to the unknown

　　These new achievements in space exploration show human’s determination and ability to the unknown. Through the spirit of going forward, scientists constantly pursue deeper knowledge and promote the development of space science. From studying asteroid samples to extracting oxygen from the atmosphere of Mars, these innovative achievements make people full of hope for human future space exploration.

　　4. New possibilities and inspirations brought by new space technologies

　　In addition to demonstrating human determination and ability, new space technology has also brought new possibilities and enlightenment to life on earth. The progress of space exploration has brought many new scientific discoveries and innovative technologies, providing new ideas for solving problems on earth. For example, the oxygen extraction technology in the atmosphere of Mars can not only provide key support for future space exploration missions, but also be expected to be applied to the fields of environmental protection and climate control on Earth. The development of space science and technology has also brought innovations in the fields of communication, navigation and earth observation, and made great contributions to social development and economic prosperity.

　　Fifth, show human interest in exploring the unknown.

　　The development of space exploration technology also shows human interest in exploring the unknown. Human beings have always pursued the progress of knowledge and curiosity about the universe, and this spirit of exploration has promoted the continuous development of space science. Whether studying asteroid samples or extracting oxygen from the Martian atmosphere, these achievements have been widely concerned and appreciated by scientists and space enthusiasts all over the world. These achievements have also inspired more people to join in and make important contributions to space exploration.

　　Six, open up the future of mankind

　　The development of space exploration technology will open up the future of mankind. With scientists’ in-depth study of asteroid samples and the atmosphere of Mars, human beings’ understanding of the origin of the solar system and the possibility of extraterrestrial life will be more and more extensive and in-depth. In addition, the new space technology provides unprecedented opportunities for exploring planets, establishing permanent human settlements and exploring other galaxies in the future. The development of space exploration means that human beings have the opportunity to explore, multiply and open up new living spaces in the future.

　　summary

　　The development of space exploration technology is constantly demonstrating human determination and ability to the unknown. From studying asteroid samples to extracting oxygen from the Martian atmosphere, these achievements promote the progress of space science and provide new possibilities for human beings to explore the unknown. At the same time, the new space technology has also brought new possibilities and enlightenment to life on earth, and provided new ideas and solutions for solving environmental, communication and navigation problems. The development of space exploration not only shows mankind’s interest in exploring the unknown, but also opens up the future of mankind and brings more opportunities and hopes for its development and prosperity.

　　This article provides a detailed overview of the key processes and considerations in electroplating, chemical plating, and hot air leveling for Flexible Printed Circuits (FPC). It highlights the importance of pre-treatment in electroplating for maintaining FPC performance, the challenges in controlling plating thickness, and issues related to post-plating stains. Additionally, the article discusses the application of chemical plating when FPC conductors cannot serve as electrodes and the quality concerns that may arise. Finally, it examines the use of hot air leveling on FPCs, focusing on adhesion strength and moisture resistance. Through this article, readers will gain a deeper understanding of the common challenges in FPC manufacturing and their solutions.In order to open the market, multilayer flex pcb Constantly improve the ability of business development and create an extraordinary brand image for it. https://gekunflex.com/

　　FPC manufacturer

　　FPC manufacturer

　　FPC Plating Process

　　1. Pre-treatment for FPC Electroplating

　　After the flexible printed circuit (FPC) undergoes the coating process, the exposed copper conductors may be contaminated by adhesives or ink. Additionally, oxidation and discoloration caused by high-temperature processes can occur. To ensure good adhesion of the plating, these contaminants and oxidation layers must be removed, leaving the conductor surface clean.

　　However, some contaminants are strongly bonded to the copper conductor, making it difficult to remove them with weak cleaning agents. Strong alkaline abrasives and brushing are typically used for this treatment. Since the adhesive used in the cover layer is often epoxy-based, which is not resistant to alkaline agents, this can weaken bonding strength. Although not immediately apparent, during the electroplating process, the plating solution may seep into the edges of the cover layer, and in severe cases, cause delamination of the cover layer.

　　At the final soldering stage, solder might seep beneath the cover layer. Therefore, the pre-treatment cleaning process has a significant impact on the basic characteristics of the FPC, making it essential to pay close attention to the processing conditions.

　　2. Thickness of FPC Electroplating

　　The deposition rate of electroplating metal is directly related to the intensity of the electric field, which varies depending on the shape of the circuit and the position of the electrodes. Generally, the thinner the conductor line and the sharper the terminal end, the stronger the electric field, leading to a thicker plating in those areas.

　　In FPC applications, there are often wide differences in the width of conductor lines within the same circuit, resulting in uneven plating thickness. To prevent this, auxiliary cathode patterns are added around the circuit to absorb uneven current distribution across the plating pattern, ensuring uniform plating thickness across all areas.

　　Electrode structure is key here. A compromise approach can be adopted, where stricter standards apply to areas requiring high plating uniformity, such as molten solder (lead-tin) and gold plating for metal wire bonding, while areas requiring plating for general corrosion protection may have more relaxed thickness requirements.

　　FPC manufacturer

　　3. Contamination of FPC Electroplating

　　Immediately after electroplating, the plated surface may appear fine, but stains, dirt, or discoloration can appear over time. Often, these issues are not detected during factory inspections but are discovered during customer acceptance tests. This happens when the plated surface is not adequately rinsed, leaving residual plating solution, which reacts chemically over time, especially on the flexible surface due to its softness and uneven texture.

　　To prevent this, thorough rinsing and drying are essential. A high-temperature thermal aging test can verify whether rinsing was sufficient.

　　FPC Chemical Plating

　　When the conductor to be plated is isolated and cannot serve as an electrode, chemical plating must be used. Chemical plating solutions are highly reactive, and a common example is chemical gold plating. The chemical gold plating solution is an alkaline solution with a very high pH value.

　　When using this process, it is easy for the plating solution to seep beneath the cover layer, especially if the lamination quality control is poor, leading to weak adhesion. Displacement reactions in chemical plating exacerbate this problem, making it difficult to achieve ideal plating conditions.

　　FPC Hot Air Leveling (HASL)

　　Hot air leveling was originally developed for rigid printed circuit boards (PCBs) to coat them with lead-tin. However, this technique has been applied to FPCs due to its simplicity. Hot air leveling involves immersing the board vertically into molten lead-tin and blowing off excess solder with hot air.

　　These conditions are quite harsh for FPCs. Without special measures, FPCs cannot be immersed in molten solder. To address this, FPCs must be clamped between titanium-steel meshes before immersion. Additionally, the surface of the FPC must be cleaned and coated with flux beforehand.

　　Due to the harsh nature of the hot air leveling process, solder may seep beneath the edges of the cover layer, especially if the bonding strength between the cover layer and the copper foil is weak. Since polyimide films are prone to moisture absorption, moisture can evaporate suddenly under the heat, causing blistering or even delamination of the cover layer. Therefore, drying and moisture control must be performed before FPC hot air leveling.

　　FPC manufacturer

　　FPC manufacturer

　　Gekun is a leading manufacturer specializing in high-quality Flexible Printed Circuits (FPC). With years of experience in the industry, Gekun provides advanced FPC solutions tailored to various industries, including telecommunications, medical devices, automotive, and consumer electronics. Their manufacturing process emphasizes precision, reliability, and innovation, ensuring excellent performance and durability. For businesses looking for custom FPC designs or mass production, Gekun stands out as a trusted partner, offering both competitive pricing and cutting-edge technology.

　　For more information on Gekun¨s FPC manufacturing capabilities, you can visit their official website or contact their team for specific inquiries.

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According to a report by Russian Satellite News Agency on May 15, the Russian Ministry of Defense said on the 15th that in the past 24 hours, Russian air defense systems shot down a Ukraine MiG-29 fighter jet, 40 drones, 12 Army Tactical Missile System (ATACMS) missiles, 45 Haima rockets and other targets.

According to reports, the Russian Ministry of Defense stated that the air defense system shot down a MiG-29 aircraft of the Ukraine Air Force, 40 drones, 4 US-made Hamm anti-radiation missiles, 12 US-made ATACMS missiles and Dot-U missiles, 45 US-made Haima, Hurricane and Alder rockets.

The Russian Defense Ministry also said that in the past day, the Ukrainian army lost 1295 soldiers.

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According to a report by the TASS news agency on March 18, Russian Presidential Press Secretary Peskov told the media on the 18th that Russia does not agree with the US authorities ‘evaluation of the Russian presidential election and is not prepared to take this evaluation seriously.

Earlier, an official of the White House National Security Council said that the U.S. authorities believed that the Russian presidential election was neither free nor fair.

Reported that Peskov pointed out: We absolutely disagree with this evaluation. In a speech to the media late on the 17th, President Putin said that this evaluation was completely unexpected and foreseeable.

Peskov also said that the United States has been deeply involved in the Ukraine conflict and is in fact a country at war with Russia. Russia certainly does not expect it to make other evaluations. He also said that what Russia needs to reiterate is that we never agree with them, which may not be an opinion we are prepared to take seriously or that is important to us in these days.

Russia’s presidential election was held from March 15 to 17, and some regions of Russia adopted remote electronic voting for the first time. After counting 9943% of the votes, the Russian Central Election Commission announced that current President Vladimir Putin was far ahead in the general election with a vote rate of 8732%. (Compiled by Liu Yang)